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EASI receives data from our field representatives or from end users that describes the many individual electrical loads, the electrical system itself, and the overall operations of a particular business facility. Every individual electrical load attached to the facility’s metered electrical service is detailed sufficiently for us to determine its contribution to the overall electricity cost, and its interactive effects upon facility power quality.

From this field data we evaluate which of our many treatment products might be applied to each of the individual loads, what the cost of the application would be, and what effects the application would have upon the specific contribution to facility electrical costs of that one load. If the result of this decision is that the application of an EASI treatment product would be a cost effective and performance enhancing addition to the electrical system, we then specify that particular application into the overall project.

We have learned that the effect on overall electrical costs produced by any one EASI product attached to any individual electrical load is not reliably predictable, despite a large body of standard formulae for making such calculations. However, we have also learned that the overall effect of a particular approach, such as harmonic current reduction through efficient filtering techniques, can be estimated with good reliability, within the context of an entire facility treatment system. Because of this realization, and recognizing that customer companies require reliable data for decision making in these matters, we long ago adopted the firm policy of only designing and installing full facility treatment systems. We simply do not expose our customers to the risks of faulty savings estimates or unreliable predictions of performance. Such uncertainties exist with individual product applications, but rapidly diminish when larger numbers of load treatments are implemented within one facility.

After completely evaluating all the individual loads within a facility for potential cost saving applications of EASI products, we then review the entire project as a whole, to view potential operations effects, such as possible leading power factor conditions during light building load, or possible resonance conditions in high harmonic environments. The overall project is then adjusted to completely eliminate any such possibly adverse conditions, and all final product recommendations and savings estimates are finalized.

EASI then provides our representative or end user with a detailed report of our treatment recommendations and savings estimates for this project.